Cape Canaveral—March 19, 2026, 05:11 EDT
SpaceX’s Starlink constellation has now topped 10,000 active satellites, with another 29 scheduled for launch from Cape Canaveral on Thursday. That milestone, hit just a little over two days ago, cements SpaceX as the dominant player in low-Earth-orbit broadband.
The timing is key here: Starlink has moved beyond simply supplying internet to remote houses, vessels, and businesses. Reuters noted last month that around 650 of the Starlink satellites already orbiting Earth were designed for direct-to-device connectivity—linking regular phones straight to satellites. Then in January, the FCC cleared 7,500 additional second-gen Starlink satellites, saying they could boost both mobile service and network capacity.
The move ramps up the squeeze on low Earth orbit, crowding that already-busy stretch of space just a few hundred miles out. Lower altitudes cut internet lag. More satellites? That brings extra bandwidth and fallback options, but also heavier traffic, a spike in automated evasive maneuvers, and growing worries about debris and bottlenecks.
According to Spaceflight Now, SpaceX’s Starlink 10-33 is targeting a 9:58 a.m. EDT liftoff from Launch Complex 40. Riding atop Falcon 9 this round: 29 V2 Mini satellites. First-stage booster B1077 is set for its 27th mission—another try for a droneship landing on Just Read the Instructions out in the Atlantic.
After Tuesday’s Falcon 9 mission out of Vandenberg, Starlink’s active satellite count pushed past the 10,000 mark. Scientific American, quoting astrophysicist Jonathan McDowell’s tracking, put the tally above that threshold before Thursday’s launch. Spaceflight Now, for its part, noted SpaceX is firing off launches at a clip of once every 2.3 days this year.
“Starlink has changed our relationship with space,” said Hugh Lewis, space debris expert at the University of Birmingham, speaking with Scientific American. That same report quoted Mustafa Bilal from the Center for Aerospace & Security Studies, who argued that more competitors would chip away at what he called SpaceX’s current “monopoly” on satellite internet. Scientific American
Last week, Reuters noted that Amazon already has over 200 satellites orbiting in its low-Earth broadband network, pitching to much of the same consumer, business, and government base as Starlink. Meanwhile, Scientific American points out that China’s Qianfan and Guowang projects are shooting for 15,000 and 13,000 satellites, respectively—ambitions that highlight just how large, and unsettled, the global constellation race remains.
According to a SpaceX update cited by Spaceflight Now on Feb. 13, Starlink’s active user count has topped 10 million, spanning 160 countries, territories, and markets. Earlier, on Feb. 5, Reuters noted that upcoming Starship launches are set to transport heavier, higher-capacity Starlink payloads. Elon Musk said these missions could boost the network’s capacity by more than 20 times with each flight.
Still, the breakneck tempo isn’t without hazards. The 45th Weather Squadron assessed Thursday’s launch as 75% go at the window’s open, dropping to 60% later on. In January, Reuters noted the FCC had greenlit more Gen2 satellites, despite the fact that the new model hadn’t yet flown in space. Starlink is shifting from an altitude near 550 km down to 480 km this year; Michael Nicolls, Starlink’s VP of engineering, said moving lower “increase[s] space safety in several ways.” Spaceflightnow
If Thursday’s launch goes ahead as scheduled, it will highlight what SpaceX’s rivals still haven’t cracked: quick-turn booster reuse and a launch cadence that keeps Starlink expanding. That momentum is driving the network’s growth, even as regulators, astronomers, and competitors ramp up scrutiny over the costs tied to operations at this scale.
